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High Performance Compute for Researchers. Without the AWS Bill

High Performance Compute for Researchers. Without the AWS Bill

Researchers should spend grant budgets on science. Not egress fees. Huddle01 Cloud gives researchers dedicated AMD EPYC compute, unlimited egress, and low latency cloud infrastructure at up to 70% lower cost than AWS. Run HPC workloads, AI inference pipelines, and high throughput screening jobs. No shared CPUs. No surprise charges.

Researchers should spend grant budgets on science. Not egress fees. Huddle01 Cloud gives researchers dedicated AMD EPYC compute, unlimited egress, and low latency cloud infrastructure at up to 70% lower cost than AWS. Run HPC workloads, AI inference pipelines, and high throughput screening jobs. No shared CPUs. No surprise charges.

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Book a Demo

Start for Free

Start for Free

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SOC2 Logo

70% lower cost vs AWS & GCP

Unlimited Egress

Per second billing

SOC2 Compliant

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Cloud for Researchers, Built on
the Right Fundamentals

The cloud built for real-time intelligence, interaction, & control.

Researchers using AWS hit the same wall. Egress fees compound every time data moves. Shared academic HPC clusters queue jobs for days. Credits run out faster than expected.

Huddle01 Cloud is cloud platform for researchers who need serious compute. Dedicated AMD EPYC vCPUs. NVMe-backed block storage. Managed Kubernetes for cloud native containerised pipelines. Low latency cloud networking across Asia, Europe, and North America. No noisy-neighbour risk. No per-GB egress charges eating your grant.

Your compute budget goes on the work. Not overhead.

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The IaaS Stack for Researchers

The IaaS Stack for Researchers

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Virtual Machines

Dedicated AMD EPYC vCPUs for HPC workloads, simulation jobs, and AI inference. Live regions across Asia, Europe, and North America. Per-hour billing means idle compute between experiment runs costs nothing.

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Virtual Machines

Dedicated AMD EPYC vCPUs for HPC workloads, simulation jobs, and AI inference. Live regions across Asia, Europe, and North America. Per-hour billing means idle compute between experiment runs costs nothing.

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Managed Docker

Run reproducible research environments and data processing pipelines in containers. Push an image, set parameters, run your jobs. Consistent from local cloud deployment to production.

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Managed Docker

Run reproducible research environments and data processing pipelines in containers. Push an image, set parameters, run your jobs. Consistent from local cloud deployment to production.

Isometric cube pattern in purple tones, with one central cube highlighted in bright pink.

Managed Docker

Run reproducible research environments and data processing pipelines in containers. Push an image, set parameters, run your jobs. Consistent from local cloud deployment to production.

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Managed Kubernetes

Orchestrate cloud native containerised research pipelines at scale. Schedule batch jobs, auto-scale compute pods, and manage multi-step workflows. Fully managed control plane. Zero ops overhead for your IT team.

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Managed Kubernetes

Orchestrate cloud native containerised research pipelines at scale. Schedule batch jobs, auto-scale compute pods, and manage multi-step workflows. Fully managed control plane. Zero ops overhead for your IT team.

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Block Storage

NVMe-backed volumes for genomic datasets, simulation outputs, and research data archives. High IOPS for simultaneous read and write during active experiments. Point-in-time snapshots for data integrity and rollback.

Minimal teal illustration of a microchip-like square in the center of a grid of rounded rectangles, suggesting hardware or processing.

Block Storage

NVMe-backed volumes for genomic datasets, simulation outputs, and research data archives. High IOPS for simultaneous read and write during active experiments. Point-in-time snapshots for data integrity and rollback.

Minimal teal illustration of a microchip-like square in the center of a grid of rounded rectangles, suggesting hardware or processing.

Block Storage

NVMe-backed volumes for genomic datasets, simulation outputs, and research data archives. High IOPS for simultaneous read and write during active experiments. Point-in-time snapshots for data integrity and rollback.

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Load Balancer

Distribute traffic across research application instances with health checks, SSL termination, and automatic failover. Critical for web-facing research tools and collaborative platforms.

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Load Balancer

Distribute traffic across research application instances with health checks, SSL termination, and automatic failover. Critical for web-facing research tools and collaborative platforms.

Deploy now

Deploy now

Explore pricing

Explore pricing

What Researchers Run on Huddle01

What Researchers Run on Huddle01

  1. HPC Workloads and Simulation Jobs

Services: Virtual Machines · Managed Kubernetes

  1. AI Inference and Machine Learning Pipelines

  1. AI Inference and Machine Learning Pipelines

Services: Virtual Machines · Managed Docker

  1. High Throughput Screening and Batch Processing

  1. High Throughput Screening and Batch Processing

Services: Managed Kubernetes · Virtual Machines

  1. Research Data Storage and Long-Term Archives

  1. Research Data Storage and Long-Term Archives

Services: Block Storage · Virtual Machines

  1. Collaborative Research Platforms and Web Tools

Services: Load Balancer · Virtual Machines · Managed Docker

  1. For Data Science & Reproducible Environments

Services: Managed Docker · Virtual Machines

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Powered by the Huddle01
Global Edge Network

Powered by the Huddle01
Global Edge Network

Built on the same distributed infrastructure that powers Huddle01’s communication stack, offering low-latency performance, reliability, and edge-level scale.

Built on the same distributed infrastructure that powers Huddle01’s communication stack, offering low-latency performance, reliability, and edge-level scale.

Built and managed by us for full reliability across edge locations.

Built & managed by us for full reliability across edge locations.

On-prem performance combined with cloud flexibility.

On-prem performance combined with cloud flexibility.

Growing global nodes ensure low latency everywhere.

Growing global nodes ensure low latency everywhere.

Deploy now

Deploy now

Explore transparent pricing

Explore transparent pricing

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Rock-Solid Reliability. Lean Economics. Real Results.

Rock-Solid Reliability. Lean Economics. Real Results.

From AI startups to data-driven platforms, Huddle01 Cloud helps teams cut infrastructure spend by up to 70% while maintaining enterprise-grade performance.

From AI startups to data-driven platforms, Huddle01 Cloud helps teams cut infrastructure spend by up to 70% while maintaining enterprise-grade performance.

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“We deployed our workloads on Huddle01 Cloud in minutes. It was simple, fast, and way more affordable than the usual cloud providers.”

Ankit, CTO

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“We deployed our workloads on Huddle01 Cloud in minutes. It was simple, fast, and way more affordable than the usual cloud providers.”

Ankit, CTO

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“Switching to Huddle01 cloud was seamless. Setup took no time, and the cost savings are huge.”

Aayush, CEO

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“Switching to Huddle01 cloud was seamless. Setup took no time, and the cost savings are huge.”

Aayush, CEO

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“Huddle01 Cloud helped us cut our infrastructure bill by nearly 70% without changing a single line of code”

Vraj, Co-Founder

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“Huddle01 Cloud helped us cut our infrastructure bill by nearly 70% without changing a single line of code”

Vraj, Co-Founder

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Frequently asked questions

Frequently asked questions

What is high performance compute and how does Huddle01 support it?

How does Huddle01 Cloud compare to AWS for researchers?

Why do researchers use IaaS instead of shared HPC clusters?

Can I run AI inference and machine learning pipelines on Huddle01?

What is high throughput screening and how does Huddle01 support it?

How does block storage work for research data?

Can Huddle01 invoices be used for grant reporting?

Can we migrate from AWS or an existing HPC cluster to Huddle01?

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